This course explores the processes and technologies involved in the efficient transportation and end-use of natural gas. Students will examine the infrastructure required for transporting natural gas, including pipelines, liquefied natural gas (LNG) carriers, and storage facilities, as well as the challenges of maintaining safety, reliability, and environmental standards. Key topics include gas compression, regasification, distribution systems, and the economic and regulatory considerations in transporting natural gas across domestic and international markets. The course also covers various applications of natural gas, from power generation to industrial and residential use, with an emphasis on optimizing efficiency and minimizing environmental impact. Practical insights are provided through case studies on current natural gas transportation networks and utilization practices.

Analyze several options for the use of natural gas for both energy and feedstocks.

• Overview of natural gas: nature and quality, historical milestones, environmental aspects, international issues, and structure of the natural gas industry.
• Transportation and storage of natural gas in the gas phase and liquid phase.
• Natural gas utilization: gas as fuels, gas to synfuels and chemicals, gas to wires/power.

1. Handouts and materials provided by the instructor.
2. Relevant journal articles and research papers in the field of Chemical Engineering.